-
Ds-Fi1c
Featuring a high definition cooled color camera head and the latest optical technology, the DS-Fi1c produces stunning high-resolution images of up to 2560 x 1920 pixels. Its Peltier cooling mechanism, high dynamic range, low noise and high frame rates achieves high performance under short and longer exposure times, making it suitable for sensitive samples across a wide variety of applications including fluorescence, brightfield, phase contrast and differential interference contrast (DIC).
Download the brochure:
Digital Sight Series -
DS-Fi2
Nikon’s new high-definition 5-megapixel CCD captures images at an impressive resolution of 2560 x 1920 pixels. Other advanced features include an enhanced frame rate of up to 21 fps and accurate color reproduction. The DS-Fi2 high-definition color camera head also has an expanded range of settings for exposure time, making it suitable for wide variety of applications and techniques, including brightfield, DIC, and phase contrast.
Download the brochure:
Digital Sight Series -
DS-L3
The Digital Sight DS-L3 is Nikon’s new stand-alone microscope camera controller. The DS-L3 stand-alone control unit is versatile, easy-to-use and provides effortless camera control and microscope operation via mouse or touch panel operation (finger or stylus).
Download the brochure:
Digital Sight Series -
DS-Qi1
The DS-Qi1 is an ultra high-quality monochrome, cooled digital microscope camera geared for high-speed, high-sensitivity applications. By combining low noise electronics and a high-quantum efficiency detector, the DS-Qi1 can capture a wide dynamic range of intensities while maintaining quantitative linearity. Added features such as a fast analog-to-digital converter (ADC), very low read noise, and programmable gain control make the DS-Qi1 an ideal detector for fluorescence imaging applications.
Download the brochure:
Digital Sight Series -
DS-Ri1
Designed for advanced high-resolution color documentation applications, the DS-Ri1 high-resolution microscope camera represents the latest evolution in the DXM1200 camera series. With advancements in connectivity, color rendition and performance, the DS-Ri1 brings the total to fourteen combinations now offered by Nikon’s Digital Sight series. New algorithms make the DS-Ri1 ideal for low magnifications and enlargements in brightfield imaging. Fast focusing, a large native pixel size and supported cooling combine for clear fluorescent imaging and documentation. No matter the application needs, the DS-Ri1 high-resolution color camera is the absolute choice for ultra high-quality imaging.
Download the brochure:
Digital Sight Series -
DS-U3
Nikon’s new Digital Sight DS-U3 microscope camera controller is the successor to the DS-U2. The DS-U3 is specifically designed to interface any of the cameras in the Nikon DS camera line to a PC computer through a FireWire 800 interface. The DS-U3 transmits information at high speed, and eliminates complicated and supports a variety of microscope “C” mountable cameras including the DS-Fi2 , DS-Fi1c , DS-Vi1 , DS-Ri1 and DS-Qi1 Series models.
Download the brochure:
Digital Sight Series -
DS-Vi1
Nikon has added the high speed DS-Vi1 color microscope camera to its market-leading range of Digital Sight cameras for microscope imaging. The DS-Vi1 high speed color camera head offers high frame rates and increased sensitivity for both multiple live image and sharp still image capture, making it ideal for high end biological research, clinical analysis and documentation as well as medical teaching use.
Key Features:
High-speed color imaging
Low noise
Higher frame rate than its predecessor, the DS-2Mv
Higher dynamic range
1600 x 1200 pixel arrayDownload the brochure:
Digital Sight Series
Technological innovations
Waving Shakers
Maxi Vertical Gel Electrophoresis Apparatus
Sartorius – Tips
NeoScope
iXon3 860
Angelantoni – FRL- FCL – Laboratory refrigerators and refrigerators/freezers 
Angelantoni UBR – UBF – Refrigerators and Freezers under bench 
Angelantoni KRYOLAB models ‐25/‐40°C chest and upright freezers ® BionovaTec - 2013 - by VArt.it